Numerade

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Using the linkage parameters below, answer the following for a crank-slider in open position: Link 2: 1.5 Link 3: 6 Offset: 2 θθ2: 60 degrees ωω2: 25 rad/s αα2: 0 rad/s^2 _____________________________________________________________________________________ The value of θ3 is Answer 1 Question 1 degrees. The value of d is Answer 2 Question 1 in. The value of ω3 is Answer 3 Question 1 rad/s. The value of ddot is Answer 4 Question 1 in/s. The value of α3 is Answer 5 Question 1 rad/s^2. The value of ddoubledot is Answer 6 Question 1 in/s^2. The placement of the slider block relative to O2 is: Multiple choice 1 Question 1 Above to the left Below to the right Below to the left Above to the right

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State governments are denied which of these powers? The power to maintain militia The power to tax imports and exports The power to conduct elections All of these answers are correct

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4. (15 points) Superheated steam at 80 psia and 400°F is mixed with liquid water at 60°F and 80 psia. The steam enters the chamber at a rate of 0.05 lbm/s, while the liquid enters at 1 lbm/s. You may assume the pressure at the exit is also 80 psia. Include a picture. (a) Set up the energy balance for this mixing process and calculate the enthalpy of the exiting water. (b) What is the phase of the exiting water? Why? (c) Determine the temperature of the exiting water......show your work for full credit.

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There are two types of tissues in this slide; fibrocartilage choose your answer... and choose your answer... These two tissues would be closely associated in the

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Calculate \int_{6}^{4} 7x^{2}dx, given the following. \int_{1}^{4} x dx = 7.5 \int_{1}^{4} x^{2}dx = 21 \int_{4}^{6} x^{2}dx = \frac{152}{3} \int_{6}^{4} 7x^{2}dx = (Type an integer or a simplified fraction.)

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Draw the reaction mechanism (with curved electron-pushing arrows) for the addition of acetic anhydride to p-aminophenol.

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Problem 1 [21 points] Given are the following complex numbers: 21=6+j5=2=5e^(-3)=5-135 1. Find the Cartesian (rectangular) form for each of the complex numbers. 2. Find the conjugate complex of each of the numbers in Cartesian form. 3. Find the polar (amplitude and phase) form for each of the complex numbers. 4. Find the conjugate complex of each of the numbers in polar form. 5. Indicate each of the given complex numbers and their conjugate complex numbers in the complex plane. 6. Calculate (display the answer in Cartesian form): 21+22+23= 7. Calculate (display the answer in polar form): 21*22= 8. Calculate (display the answer in polar form): 22/23

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7. Consider a square pyramid with a height of 6m. The dimensions of the base are 4m by 4m. (show all work) a. Draw all five faces of the pyramid, & label their dimensions: 6 m 4 m 4 m b. Determine the surface area of the Pyramid. S.A. =

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Si Sen $\beta = \frac{1}{3}$ ^ $\beta \in IV \text{ C}$, calcula el valor de la expresión "M". $M = \sqrt{5} (sec \beta - tg \beta)$ a. 1 b. -1 c. -5 d. 5 e. $\sqrt{5}$

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Calculate the final temperature in degree Celsius when 1.00 kcal (4186 J) of heat is added to 1.00 kg of concrete originally at 20 °C. The specific heat of concrete is 837 J/kg.°C.

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alicia g.